JPS5937807Y2 - Adhesive display element transfer device - Google Patents

Description

[Detailed explanation of the idea] Conventional railway markings that indicate the distance and slope of the track were made of wood, so the surface was painted with white paint to prevent corrosion, and an alphabet was created on top of that to display the distance and slope. and numbers were written in black paint.

Since such wooden track markings are easily corroded and lack durability, recently plastic track markings molded from composite recycled plastic have been used. In order to improve the work of writing on slopes and slopes where the paint is easy to peel off,
A display made by applying an adhesive to the surface of a plastic film colored in a desired color such as black, pasting release paper with a smooth surface, and punching out letters or numbers in the desired font and size. During the transfer process, the release paper of this display material was peeled off, and adhesive display elements made of plastic film were successively pasted onto railway markings.

However, since this adhesive display element is extremely thin and easily deformed, it is extremely difficult to arrange and paste it without creating wrinkles.

To solve this problem, when punching out a piece of release paper with a colored adhesive plastic film pasted on it, only the adhesive plastic film is punched out with the required letters and numbers arranged in a predetermined arrangement. Peel off the parts of the adhesive plastic film other than the number-shaped adhesive display element a, and apply paper with relatively low adhesiveness to the release paper and the surface of the adhesive display element a, which has flexibility and toughness like Japanese paper. For pasting, an adhesive display material coated with translucent adhesive paper C, which is called an application coated with an adhesive, was used (first
(See Figures 2 and 3) When the adhesive paper C is peeled off from the release paper during the pasting operation, the adhesive display element a adhered to the adhesive paper C will be peeled off from the release paper.

Adhesive paper C to which adhesive display elements a are attached in this predetermined arrangement is affixed to a predetermined location of the required track markings, and the surface of adhesive paper C is rubbed with a cloth or a suitable tool to ensure that the adhesive display elements a are fully adhered. After adhering the adhesive surface d to the surface of the railway markings, the adhesive paper C was peeled off from the railway markings.

With the adhesive display materials shown in Figures 1 and 2, only a predetermined arrangement of letters or numbers can be attached to the track markings, but various arrangements of letters or numbers can be freely attached. Furthermore, it is extremely difficult to reliably punch out only the adhesive plastic film from the adhesive plastic film and release paper that are pasted together, and the incidence of defective products is extremely high. Adhesive paper had to be used and discarded after each pasting operation, resulting in high costs.

This invention relates to the invention of an adhesive display element transfer device devised to overcome such difficulties. The transfer plate is made of adhesive paper, and the smooth surface of the center lid and the smooth surface of the outer frame are on the same plane, and the center lid is attached to the outer frame so that it can be opened and closed on the opposite side to the smooth surface. The object is to provide an apparatus that can easily and efficiently transfer an adhesive display element to the surface of a display object.

As mentioned above, the present invention consists of a transfer plate with a smooth surface and an adhesive paper that is attached to the smooth surface of the transfer plate.
In the transfer plate, the smooth surface of the center lid and the smooth surface of the outer frame are on the same plane, and the center lid is connected to the outer frame so as to be opened and closed on the opposite side to the smooth surface. With the center lid of the transfer plate closed so that the center cover and the outer frame are on the same surface, apply the adhesive paper flatly without wrinkles on the smooth surface of the transfer plate, and then close the center cover. Peel it from the adhesive paper and open it on the opposite side of the adhesive paper, and place the adhesive display elements punched out in the desired font and size on the adhesive paper in the desired arrangement while still attached to the release paper. After pasting,
Peel off the release paper stuck to the adhesive display element, stick the adhesive surface of the adhesive display element and the adhesive paper to the required display surface, and fully cover the adhesive display element through the adhesive paper. By rubbing it against a surface to make it stick, and finally peeling off the adhesive paper from the display surface, it is possible to transfer the required adhesive display elements to the display surface in a desired arrangement very easily and efficiently. .

In addition, in this case, the adhesive display elements are adhered to the adhesive paper while the release paper is attached to the adhesive paper, so that the adhesive display elements can be arranged in the desired arrangement without creating wrinkles in the adhesive display elements. can be accurately transferred to the surface to be displayed.

Furthermore, in this case, the outer periphery of the adhesive paper is affixed to the outer frame of the transfer plate and supported easily, so that when the adhesive paper is peeled off from the display surface, the adhesive paper does not crease or break. No doubt, the adhesive paper can be used many times, thus saving costs.

Furthermore, in this case, the adhesive display element is punched out to the desired font and size while being attached to the release paper, compared to one in which only the adhesive display element is selectively punched out. There is no loss due to the punching process, and the punching work is simplified, resulting in lower costs from this point of view as well.

Moreover, in this case, when the adhesive paper is once attached to the transfer plate, the adhesive paper is attached not only to the outer frame but also to the central lid which is flush with the outer frame. It is easy to attach, and if you attach the adhesive paper to the transfer board, stop transferring the adhesive display element, and then attach the center cover to the adhesive paper again, the adhesive of the adhesive paper will be removed. Covering the surface with a central lid prevents dust and other objects from adhering to this adhesive surface, improving the durability of the adhesive paper.

The present invention will be described below with reference to the embodiments shown in FIGS. 3 to 5. Reference numeral 1 denotes a translucent polypropylene rectangular transfer plate, the − surface 2 of which is smooth, and the other surface 3.
are formed into fine irregularities, and cuts 4 are cut parallel to each other at regular intervals from both side edges and the lower edge of the rotating transfer plate 1, and the upper edge of the transfer plate 1 and the lower part of the cuts 4 Grooves 5 are provided on the smooth surface 2 in parallel with each other at regular intervals, and an outer frame 6, a central lid 7, and a bent piece 8 are formed.

Reference numeral 9 is a translucent adhesive paper made by applying a relatively low-tack adhesive to a flexible and tough paper such as Japanese paper.

Furthermore, 11 is a display material made by pasting a colored adhesive plastic film on release paper and punching out letters or numbers of the desired font and size, and the display material 11 is the adhesive display element 1.
2 and a release paper piece 23 having the same shape.

Since the embodiments shown in FIGS. 3 to 5 are constructed as described above, under normal conditions they are flat as shown in FIGS. 3 and 4, and as needed. The bent piece 8 and the center lid 7 are bent toward the uneven surface 3 around the groove 5.

Therefore, with the outer frame 6, center lid 7, and bent piece 8 of the transfer plate 1 in a flat state, the adhesive paper 9 is inserted from the upper end of the smooth surface 2 of the transfer plate 1 toward the lower end. When the adhesive paper 9 is adhered flat without wrinkles and the portion protruding from the lower edge of the transfer plate 1 is cut off, the adhesive paper 9 is adhered to the outer frame 6 on the smooth surface 2 of the transfer plate 1.

Next, lift the folded piece 8 from the lower edge toward the uneven surface 3 side, peel off the folded piece 8 from the adhesive paper 9, and while holding the lower part of the outer frame 6 with one hand, press the folded piece 8 with the other hand. Grab 8 and then move the uneven surface 3
When the folded piece 8 is pulled to the side, the center lid 7 is peeled off from the adhesive paper 9, and the central adhesive surface 10 of the adhesive paper 9 is exposed as shown in FIG.

Adhesive surface central portion 1 of adhesive paper 9 exposed within this outer frame 6
0, after affixing the required display materials 11 that have been turned inside out in a predetermined arrangement state, the release paper piece 13 of the same display materials 11 is pasted from the adhesive display element 12 affixed to the center portion 10 of the adhesive surface. Once removed, the adhesive surface of the adhesive display element 12 is exposed.

Furthermore, with the center lid 7 open, the adhesive surface central portion 10 is brought close to and in contact with the display area of a required railway marking (not shown), and the back side of the adhesive paper 9 (opposite to the adhesive surface central portion 10 When the surface of the adhesive display element 12 is sufficiently rubbed, the adhesive display element 12
The adhesive surface of the adhesive surface and the adhesive surface center portion 10 of the adhesive paper 9 are pasted to the display location of the required railway markings.

Then, by holding the outer frame 6 of the transfer board 1 and peeling off the adhesive paper 9 integrated therewith from the railway marking, only the adhesive display element 12 remains stuck to the display surface of the railway marking.

Finally, the adhesive display element 1 affixed to the display surface of the railway markings
By carefully rubbing the surface of the adhesive display element 2 with a cloth or the like, the adhesive display element 12 is completely transferred to the display surface of the railway marking without wrinkles or gaps.

As described above, according to this embodiment, the required adhesive display elements can be easily and efficiently transferred to the display surface of the railway markings in a constant arrangement.

In addition, the display material 11 was formed by pasting a colored adhesive plastic film on release paper and punching out letters or numbers of the desired font and size.Then, only the adhesive display elements were selectively punched out. Compared to this, there is no loss, the punching work is easier, and the cost is significantly lower.

Moreover, the adhesive display element 12 of the display material 11 is
The display material is attached to the center part 10 of the adhesive surface of the adhesive paper 9 attached to the outer frame 6 of the transfer plate 1, so that it is reinforced by being attached to the adhesive paper 9 and there is no risk of it accidentally sticking to the fingers of the worker. 11 can be easily adhered in a desired arrangement.

Then, if the release paper pieces 13 of the display material 11 adhered in the desired arrangement to the adhesive surface central portion 10 of the adhesive paper 9 are peeled off from the adhesive display element 12 of the same display material 11, the adhesive display element 12, which is extremely easily deformed, is removed. Since it is stably adhesively supported by the adhesive surface central portion 10 of the adhesive paper 9, the transfer to the railway markings is accomplished with great certainty, ease, and cleanliness.

Furthermore, since the adhesive paper 9 that temporarily adhesively supports the adhesive display element 12 of the display material 11 is easily pasted and supported by the outer frame 6 of the transfer plate 1, the adhesive paper 9 can be peeled off from the railway markings. Even in this case, there is no risk of the adhesive paper 9 being wrinkled or torn, and the adhesive paper 9 can be used repeatedly, resulting in lower costs.

Furthermore, display material 1 punched with various types of letters and numbers
If you prepare 1, you can freely put the necessary markings on the railway markings.

Furthermore, since the transfer plate 1 is made of polypropylene, it is extremely durable, and even if the center cover 7 and the bending piece 8 are bent many times around the groove 5, it will not break at the groove 5 as the boundary. Not at all.

Moreover, since the one surface 2 of the transfer plate 1 can be easily formed to be extremely smooth, the outer periphery of the adhesive paper 9 can be firmly adhered and supported.

In the embodiment shown in FIGS. 3 to 5, the transfer plate 1 is
It consisted of an outer frame 6, a central lid 7, and a bent piece 8, but the 6th
As shown in the figures to FIG.
4, a base plate 15 having approximately the same external dimensions as the outer frame 6 may be foldably connected to the base plate 15.
A reference line 16 and a scale 17 can be attached to the adhesive display elements 12 to mark the arrangement of the adhesive display elements 12. As a result, in addition to the effects achieved in the embodiments shown in FIGS. In addition, when grasping the folded piece 8 and peeling off the center lid 7 from the adhesive surface center 10 of the adhesive paper 9 stuck to the outer frame 6,
By reinforcing the outer frame 6 with the base plate 15, deformation of the outer frame 6 can be prevented,
The peeling operation of the center lid 7 can be performed more smoothly.

In addition, in the earlier embodiments, the transfer plate 1 is highly flexible, so even if the surface to be displayed is not only a flat surface but also a curved surface, the transfer plate 1 can be easily bent. The adhesive display element 12 can be easily transferred to this curved display surface.

In the above embodiment, adhesive display elements can be attached to railway markings, but they can also be attached to items that require display, such as advertising display boards and office equipment.

[Brief explanation of the drawing]

Fig. 1 is a plan view of a conventional adhesive display material, Fig. 2 is a longitudinal cross-sectional side view cut along the line ■-■ in Fig. 1, and Fig. 3 is an implementation of the adhesive display element transfer device according to the present invention. FIG. 4 is a vertical sectional side view taken along line By-IV in FIG. 3, FIG. 5 is a perspective view thereof, FIG. 6 is a perspective view of another embodiment, and FIG. The figure is a longitudinal side view. 1... Polypropylene rectangular transfer plate, 2...
... Smooth surface, 3 ... Uneven surface, 4 ...
・Cut, 5...Groove, 6...Outer frame, 7.
...Central lid, 8...Folded piece, 9...
... Adhesive paper, 10 ... Center part of adhesive surface, 11.
... Display material, 12 ... Adhesive display element,
13...Release paper piece, 14...Groove, 15
...base plate, 16...reference line, 17...
····scale.

Claims (1)

[Scope of utility model registration request] It consists of a transfer plate with one smooth surface and an adhesive paper pasted on the smooth surface of the rotation plate, and in the transfer plate, the smooth surface of the center lid and the smooth surface of the outer frame are on the same plane. An adhesive display element transfer device characterized in that the central lid is connected to the outer frame so as to be opened and closed on the opposite side to the smooth surface.